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For the photocurrent measurement, we utilized a solar simulator (Newport 91160A) as a light source.
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Simulated AM1.5G solar illumination was provided using a Newport Oriel Class A solar simulator, at an intensity equivalent to 100 mW cm−2 after correcting for spectral mismatch.
This paper describes fabrication and characterization of a solar simulator which utilizes light emitting diode (LED) as a lighting source.
The simulated solar light was produced by a solar simulator equipped with a 150-W Xe lamp.
For photovoltaic device characterization, current voltage characteristics were acquired under solar simulated conditions (intensity equivalent to 100 mW/cm, AM 1.5G) using a solar simulator light source (ABET Technologies 10500, specification ABB).
Several prototypes are fabricated and measured under a solar simulator.
A solar simulator (Newport Inc., Irvine, CA, USA) was used as the light source to provide AM 1.5 G simulated solar light (100 mW/cm2).
The illumination intensity was measured with a solar simulator spectroradiometer (EKO instrument, LS-100, Japan).
The incident photocurrent conversion efficiency was measured using a solar simulator (100 mW/cm2).
Two artificial lamps of 100 watts acting as a solar simulator are used.
Collector performance parameters can be derived with less effort by indoor testing under a solar simulator.
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